AGENT-BASED APPROACH FOR ELECTRICITY DISTRIBUTION SYSTEMS
Kimmo Salmenjoki, Yaroslav Tsaruk, Vagan Y. Terziyan, Marko Viitala · 2007
This paper describes how semantic web and agent technologies could be used in enhancing the electricity distribution systems. The paper starts by a brief overview of functioning of electricity distribution systems. The introduced approaches aim at improving functionality of electricity distribution network systems and assisting the experts by supporting automating routine tasks in daily operations. We focus on GUN (Global Understanding Environment) framework proposed by IOG (Industrial Ontologies Group) for intelligent services on industrial resources. The resources and infrastructure of the electricity power network are distributed. The interoperability, automation and integration features of GUN allow us to joint and arrange cooperation among heterogeneous resources of electricity network domain. The interaction and cooperation among resources in GUN platform are realized via resource agents. Based on discussions held with the domain expert we also decided to use agent approach for automated collection of additional information from heterogeneous resources and integrate this information to the operator interface (Dashboard). The context information supports expert in decision making process.